Sentence examples for formulation is used to simulate the from inspiring English sources
The simulation part of the study mainly focuses on the three-dimensional quasi-static model in which mixed Eulerian Lagrangian formulation is used to simulate the rotation of the shaft and the contact between the composite bearing and the shaft.
The 2D fibre beam element developed is based on the Timoshenko theory and a hybrid (kinematic/force) formulation is used to simulate the response of RC sections under combined normal and shear stresses.
By employing an energy approach, an appropriate stress field correction is introduced to simulate the displacement discontinuity (crack) and the mechanical effects of the fibres on the matrix material, and a new FE formulation is used to simulate the behaviour of such a class of materials.
Recently developed dissolution rate coefficient correlation formulations are used to simulate the rate-limited dissolution processes.
A three-dimensional grain-boundary formulation is used to simulate intergranular degradation and failure in the microstructure, whose morphology is generated using the Voronoi tessellations.
Finally, the formulation is incorporated into a numerical code which is used to simulate the polyaxial tests included in the strength database.
Finally, the symplectic precise integration scheme is used to simulate the kinematics process of nose undercarriage during folding and unfolding described by the constrained Hamiltonian canonical formulation.
MATLAB is used to simulate the system.
A transfer-matrix (T-matrix) formulation and coupled mode theory were used to simulate the reflected spectra of metal-coated FBG sensors for the evaluated strain profile.
To demonstrate the capabilities of the constitutive formulation, finite element analysis is used to simulate densification, shape distortion and solid liquid separation.
The formulation for velocity field in periodic fibre suspension in viscoelastic fluid is derived and is used to simulate multiple fibres suspended in a viscoelastic shear flow.
